Cobalt-Based Zeolitic Imidazolate Framework ZIF-67: Properties, Applications, and Supplier Information
Discover the advanced properties and diverse applications of ZIF-67, a leading cobalt-based metal-organic framework. Ideal for gas adsorption, drug delivery, and catalysis, this material offers exceptional porosity and surface area. Explore its potential for your research and industrial needs with insights from trusted manufacturers.
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Zeolitic Imidazolate Framework Cobalt (ZIF-67)
As a premier manufacturer and supplier of advanced materials, we offer ZIF-67, a cobalt-based zeolitic imidazolate framework known for its exceptional performance. This MOF material is a key component for researchers and industries seeking high-efficiency solutions. When you buy ZIF-67 from us, you are investing in superior quality and reliability.
- High Surface Area for Enhanced Adsorption: With a BET specific surface area of 1500 m²/g, our ZIF-67 is an ideal material for CO2 capture and other gas adsorption applications, making it a valuable purchase for environmental solutions.
- Precise Pore Structure for Targeted Applications: Featuring aperture sizes of 0.34nm and 1.1nm, this framework ensures selective molecular sieving and efficient drug encapsulation for advanced drug delivery systems.
- Versatile Catalytic and Adsorbent Properties: ZIF-67's unique cobalt-centered structure provides Lewis acid sites and redox activity, leading to its use as a catalyst and adsorbent in various chemical processes.
- Reliable Supply from China Manufacturers: We ensure a stable and consistent supply of ZIF-67, positioning us as a trusted supplier for your bulk chemical needs. Inquire about our competitive price points.
Key Advantages of Using ZIF-67
Exceptional Porosity and Surface Area
The high specific surface area (1500 m²/g) and well-defined pore structure of ZIF-67 make it highly effective for gas adsorption, including CO2 capture, and as a carrier for drug delivery, offering a competitive advantage for product manufacturers.
Cobalt-Driven Catalytic Activity
The presence of cobalt nodes in the ZIF-67 framework endows it with significant Lewis acid sites and redox activity, crucial for various catalytic applications such as selective reduction reactions. This makes it a sought-after material for chemical synthesis suppliers.
Chemical and Thermal Stability
ZIF-67 demonstrates good stability in air and moderate thermal resistance, ensuring its performance in various operational environments. For companies looking to buy MOFs, this stability translates to reliable and long-lasting applications.
Diverse Applications of ZIF-67
Gas Storage and Separation
Leverage the superior adsorption capabilities of ZIF-67, a top choice for manufacturers in the CO2 capture and separation market. Buying from a reputable supplier ensures purity and performance for your industrial processes.
Advanced Drug Delivery Systems
The porous nature of ZIF-67 makes it an excellent candidate for controlled drug release applications. Researchers and pharmaceutical companies can purchase this material to develop innovative therapeutic solutions.
Catalysis and Environmental Remediation
As a versatile catalyst, ZIF-67 is employed in various chemical reactions and environmental applications. Partner with us, a leading chemical supplier, to procure high-quality ZIF-67 for your catalytic needs.
Supercapacitors and Energy Storage
The electrochemical properties of ZIF-67 thin films make them suitable for supercapacitor applications. Companies in the energy sector can explore purchasing this material for next-generation energy storage devices.